Strategic Objectives
• Drastically reduce energy consumption by bypassing traditional hot rolling stages.
• Unlock unique material properties through ultra-fast solidification rates.
• Minimize capital expenditure with a significantly smaller factory footprint.
• Implement sustainable, near-net-shape manufacturing for a greener industrial future.
The Core Challenge
Traditional steel production relies on massive, carbon-heavy hot rolling mills that waste energy and space to reach final dimensions.
01
The Genesis of Strip Casting
02
The Physics of Liquid Steel
03
Principles of Continuous Casting
04
Twin-Roll Casting Fundamentals
05
Ultra-Fast Solidification
06
Heat Transfer Mechanisms
07
Near-Net-Shape Philosophy
08
The Hot Rolling Paradox
09
Microstructural Evolution
10
Crystallography in Strip Casting
11
Surface Integrity and Quality
12
Material Properties of Cast Strips
13
Alloy Design for Thin Casting
14
Refining the Melt
15
Automation and Process Control
16
Energy Efficiency and Sustainability
17
The Compact Strip Plant (CSP)
18
Advanced Cooling Technologies
19
Solidification Cracking
20
The Global Steel Market
21